I Might Be Bad

The internet is basically a Jenga tower of questionable engineering decisions. At the very bottom, we've got C developers manually allocating memory for dynamic arrays—because who needs garbage collection when you can have segmentation faults? Above that foundation of tears sits DNS (the system that translates human-readable website names into IP addresses) and the Linux Foundation (keeping the lights on while everyone else has fun). Then we've got the unpaid open-source developers—those magnificent souls whose thankless work powers 90% of the internet while they survive on ramen and GitHub stars. AWS and Cloudflare are the duct tape holding everything together, while AI dangles precariously off the side like an afterthought. Microsoft is apparently doing... something... with Angry Birds energy? Meanwhile, Rust developers are zooming around in their little rocket ship, telling everyone their code is "memory safe" for the 47th time today. And at the tippy-top of this architectural abomination? That's you, my friend, just trying to watch cat videos while the entire digital infrastructure—built on WASM, V8, and whatever "LEFT-PAD" is referring to—teeters beneath you. The miracle isn't that the internet works—it's that it hasn't collapsed under the weight of its own absurdity.

Look at that beautiful pointer declaration! int *&&&&&* p; is basically C++ saying "I heard you like references to pointers so I put references in your pointers so you can dereference while you reference." The syntax is so absurdly convoluted it's like trying to navigate a maze blindfolded after drinking three energy drinks. This is why senior devs wake up in cold sweats at 3 AM. Memory management nightmares aren't just for sleeping anymore!

The Spider-Men are fighting over increment operators when suddenly... the enlightened one appears. While these rookies are arguing about x++ , x = x+1 , and x += 1 (which all do the same thing), the true galaxy-brain move is x -= -1 . It's like showing up to a knife fight with quantum physics. Sure, it works exactly the same, but it's the coding equivalent of wearing a monocle while eating fast food. Completely unnecessary, wildly pretentious, and somehow... magnificent. Your code reviewer will either fire you or promote you on the spot.

Sure, relationships are complicated, but compilers? Dead simple. One costs you your sanity through cryptic error messages, the other through "we need to talk." At least the compiler lets you set breakpoints instead of just breaking your heart. The beauty of apt-get install g++ is that it never asks "where is this relationship going?" It just works. And unlike certain human interactions, when a compiler points out your mistakes, it's actually trying to help you fix them—not collect ammunition for future arguments.

A lonely C++ programmer stands in the corner of a party, nursing a drink while contemplating memory management strategies. Meanwhile, the "vibe coders" and "latest JavaScript framework coders" are having the time of their lives, blissfully unaware that pointers even exist. It's like watching someone who knows how engines work watching TikTokers who think cars run on magic and good vibes. The C++ dev silently judges while manually freeing memory that nobody else even knows they're allocating.

Ah yes, the classic "let's handle years with a switch statement" approach. Some poor developer back in 1999 was like: switch(year) {   case 2020: // pandemic mode   case 2021: // still pandemic   case 2022: // recovery mode   case 2023: // normal-ish   case 2024: // election chaos   // TODO: add more years later   default: trainControl.panic(); } And then they quit, got promoted, or died before anyone remembered to add 2025. Twenty-five years after Y2K and we're still writing software like time is a finite concept. This is why we can't have nice things... or functioning trains, apparently.